AMS

Aqua Metrology Systems

Brochure

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Technology Overview: SafeGuard™ H2O In-situ Reagent Generation

SafeGuard™ H2O is an advanced on-site, on-demand, automated non-toxic reagent generation system that is advancing the treatment of inorganic and trace metal contaminants and supporting carbon reduction targets by replacing the need to deliver and handle toxic bulk chemicals to treatment plants. The technology helps to remove a wide range of heavy metals and nutrients from water and wastewater as well as inhibit lead, copper and iron corrosion in water transport systems. The novel in-situ process produces reagents at a cost demonstrated to be significantly below that of the same reagents delivered in bulk form. On-site reagent generation is an affordable, non-hazardous and environmentally sustainable solution — providing a 60% cost savings and a rapid return on investment.

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AMS Analytics Technology Overview

AMS offers a range of fully automated online water quality instruments that monitor inorganic and trace metal contaminants in real-time. Our mission-critical instruments have an unmatched reputation for accuracy and reliability. AMS’ monitoring solutions are used to reduce material and energy use, minimize lifetime costs and limit their carbon footprint. When integrated into a drinking, process or wastewater remediation control strategy, the Instran™, MetalGuard™, SafeGuard™, SafeGuard™ Pro, and THM-100™ products serve as an essential element to ensure removal of trace metal and inorganic contaminants.

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MetalGuard™

MetalGuard™ is the first fully automated online trace metals analyzer for monitoring municipal and industrial water and wastewater. The system provides real-time, multi-stream analysis for a range of trace metal contaminants.

MetalGuard delivers accurate and reliable results (up to 1 ppb or ± 15%, whichever is higher) with a typical measurement time of fewer than 30 minutes. The system also allows for manually collected samples to be analyzed.

MetalGuard™ Lead Alert!™

A novel automated and unattended real-time lead corrosion risk management system for monitoring the risk of exposure to lead contamination.

The analyzer provides rapid analysis of the safety of drinking water in homes, schools, day-cares exposed to the risk of lead contamination. It is designed to be used independently or in conjunction with SafeGuard™ Lead for rapid low-cost analysis of locations predicted to be  at risk for an increase in contamination risk.

SafeGuard™ H2O In-Situ Ferrous/Ferric Generation System for Phosphate Removal

SafeGuard™ H2O is a fully automated in-situ ferrous/ferric generation system that provides utilities, large to small, with an affordable, non-hazardous and environmentally sustainable solution for phosphate removal. On-site reagent generation delivers 60% cost savings and rapid ROI. This novel technology, poised to displace toxic bulk chemicals, uses a certified iron precursor and an in-situ electrolytic generator to create a ferrous/ferric reagent onsite and on demand. The SafeGuard H2O process is simple, effective and carbon neutral.

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Instran™ Nitrate Analyzer

The Instran™ nitrate analyzer provides rapid, real-time, multi-stream reliable analysis of nitrate in both drinking water and wastewater treatment plants. The online analyzer provides high frequency data on nitrate levels in nine minutes with sensitivity down to 0.01 ppm.

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Instran™ Free Ammonia Analyzer

The Instran™ free ammonia analyzer provides rapid, real-time, multi-stream reliable analysis of free ammonia in both drinking water and wastewater treatment plants. The online analyzer provides high frequency data on free ammonia levels in nine minutes with sensitivity down to 0.01 ppm.

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SafeGuard™ Pro: Real-time Water Quality Analyzer Support System

SafeGuard™ Pro is a real-time water quality analyzer support system that maintains the integrity of online sensors by eliminating the risk of interferences that compromise their performance, allowing them to provide high-quality data needed to ensure the delivery of safe drinking water and effective treatment. The system eliminates the risk of misleading water quality data, reduces the financial burden of manual supervision, maintenance and replacement of sensors.

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Advanced Lead Corrosion Control and Risk Management

Communities across the world are plagued by lead contamination and corrosion concerns, which often come to light during testing of children’s blood and after the event has occurred. AMS has developed advanced solutions for lead corrosion risk management and control. AMS’ online lead corrosion monitoring technologies are backed by actionable, high-frequency data, providing a comprehensive risk map that informs public health authorities, water treatment plant operators and consumers. AMS’ intelligent in-situ corrosion inhibitor generation and delivery technology offers a localized treatment solution that displaces orthophosphates and provides a responsive, point-of-care, effective approach to manage the multi-variant challenge of lead corrosion risk.

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Innovation Spotlight: MetalGuard™ Intelligent Online Trace Metals Analyzer

MetalGuard™ is a fully automated online trace metals analyzer for monitoring municipal and industrial water and wastewater. This intelligent system serves as an essential element to ensure regulatory compliance and process control. MetalGuard provides real-time, multi-stream analysis for a range of trace metal contaminants; delivering accurate and reliable results in less than 30 minutes.

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SafeGuard™ H2O THM Treatment System

SafeGuard™ H2O THM is an intelligent spray aeration system for real-time THM monitoring and control. SafeGuard H2O is a fully automated and consistently reliable THM treatment system that incorporates online, continuous, real-time THM monitoring with active spray aeration to bring utilities a highly accurate and cost-effective solution to meet DBP regulatory compliance and ensure public safety.  SafeGuard H2O is the only THM treatment system to guarantee up to an 80% reduction along with affordable operation for the control of THMs and the ability to understand, in real-time, THM and THM Formation Potential (THM-FP) levels.

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